The phytosociology of moss vegetation in the ice-free areas adjoining Polish Antarctic Station Henrik Arctowski, located at Admiralty Bay, inside the King George Island, was investigated during the 2002/2003 and 2003/2004 summer season. The most representative families had been Bryaceae, Polytrichaceae, Andreaeaceae and Pottiaceae. The most frequent species had been Sanionia uncinata (Hedw.) Loeske and Polytrichum juniperinum Hedw. Was possible to describe the associations of mosses in the region of Arctowski, being evidenced the occurrences of seven main formations, which it have been recognized and described twelve associations between the frequent and abundant species in the area. Here they are described along with their distribution in ...
The extreme conditions of life in Antarctica pose challenges to many organisms. Bryophytes comprise ...
Abstract Background With 29 Km2, the Fildes Peninsula is the largest ice free area in King George Is...
We studied the development of the Antarctic herb tundra vegetation formation in relation to the hist...
ABSTRACT – The phytosociology of moss vegetation in the ice-free areas adjoining Polish Antarctic St...
The moss vegetation in three ice-free areas, Einstoingen, Rundvagshetta and Strandnibba along the So...
King George Island is the largest island and the principal area used for research bases in Antarctic...
We set out to document the diversity and distribution of bryophytes in Admiralty Bay and thereby ena...
Tortella fragilis (Drumm.) Limpr. (Pottiaceae) and Bryum nivale Müll. Hal. (Bryaceae) are recorded f...
The interest in distribution of bryophytes in Antarctica has increased in view of global climate war...
In order to determine the influence of a penguin rookery on the diversity of the vegetation on Decep...
Background and aims – The Maritime Antarctic vegetation is a poorly developed tundra dominated by li...
ABSTRACT: The colonization form of moss species depends upon the genetic and environment conditions....
A literature review on Antarctic mosses was undertaken to identify the types of mosses found in Anta...
The phytosociology of plant communities in the Admiralty Bay ice-free areas (King George Island, Sou...
Mosses are the key floral component of Antarctic terrestrial ecosystems and provide a model system f...
The extreme conditions of life in Antarctica pose challenges to many organisms. Bryophytes comprise ...
Abstract Background With 29 Km2, the Fildes Peninsula is the largest ice free area in King George Is...
We studied the development of the Antarctic herb tundra vegetation formation in relation to the hist...
ABSTRACT – The phytosociology of moss vegetation in the ice-free areas adjoining Polish Antarctic St...
The moss vegetation in three ice-free areas, Einstoingen, Rundvagshetta and Strandnibba along the So...
King George Island is the largest island and the principal area used for research bases in Antarctic...
We set out to document the diversity and distribution of bryophytes in Admiralty Bay and thereby ena...
Tortella fragilis (Drumm.) Limpr. (Pottiaceae) and Bryum nivale Müll. Hal. (Bryaceae) are recorded f...
The interest in distribution of bryophytes in Antarctica has increased in view of global climate war...
In order to determine the influence of a penguin rookery on the diversity of the vegetation on Decep...
Background and aims – The Maritime Antarctic vegetation is a poorly developed tundra dominated by li...
ABSTRACT: The colonization form of moss species depends upon the genetic and environment conditions....
A literature review on Antarctic mosses was undertaken to identify the types of mosses found in Anta...
The phytosociology of plant communities in the Admiralty Bay ice-free areas (King George Island, Sou...
Mosses are the key floral component of Antarctic terrestrial ecosystems and provide a model system f...
The extreme conditions of life in Antarctica pose challenges to many organisms. Bryophytes comprise ...
Abstract Background With 29 Km2, the Fildes Peninsula is the largest ice free area in King George Is...
We studied the development of the Antarctic herb tundra vegetation formation in relation to the hist...